Heavy rainfall from two-day storm prompted extreme flooding in parts of Vermont in July 2023. The Winooski River stage is so high here it is touching the bottom of a metal truss bridge in Montpelier, Vermont.
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New England Water Science Center Images
Heavy rainfall from two-day storm prompted extreme flooding in parts of Vermont in July 2023. The Winooski River stage is so high here it is touching the bottom of a metal truss bridge in Montpelier, Vermont.
Hydrologic technician details a high-water mark next to the Winooski River in Vermont above the Hurricane Irene plate.
Hydrologic technician details a high-water mark next to the Winooski River in Vermont above the Hurricane Irene plate.
Heavy rainfall from two-day storm prompted extreme flooding in parts of Vermont in July 2023. The Winooski River overflowed into downtown Montpelier.
Heavy rainfall from two-day storm prompted extreme flooding in parts of Vermont in July 2023. The Winooski River overflowed into downtown Montpelier.
Heavy rainfall from a two-day storm prompted extreme flooding in parts of Vermont in July 2023.
Heavy rainfall from a two-day storm prompted extreme flooding in parts of Vermont in July 2023.
Flooded stairwell to Montpelier, Vermont Federal Building during historical flood event.
Flooded stairwell to Montpelier, Vermont Federal Building during historical flood event.
Heavy rainfall from a two-day storm prompted extreme flooding in parts of Vermont in July 2023.
Heavy rainfall from a two-day storm prompted extreme flooding in parts of Vermont in July 2023.
A collage of images depicting USGS employees working on various hydrologic monitoring activities in New England states.
A collage of images depicting USGS employees working on various hydrologic monitoring activities in New England states.
A collage of images depicting USGS employees working on various water resources activities in New England states.
A collage of images depicting USGS employees working on various water resources activities in New England states.
A collage of images depicting USGS employees working on various field activities, throughout all seasons of the year, in New England states.
A collage of images depicting USGS employees working on various field activities, throughout all seasons of the year, in New England states.
A stormdrain receiving water input during a high-precipitation storm in Massachusetts.
A stormdrain receiving water input during a high-precipitation storm in Massachusetts.
Hydrologist of the Hydrologic Remote Sensing Branch of the USGS Water Mission Area, operates Time-domain electromagnetic (TDEM) equipment in Chilmark, Massachusetts.
Hydrologist of the Hydrologic Remote Sensing Branch of the USGS Water Mission Area, operates Time-domain electromagnetic (TDEM) equipment in Chilmark, Massachusetts.
Maddy Holland (New England Water Science Center), Eric White (Water Mission Area - Hydrologic Remote Sensing Branch), Jason Sorenson (New England Water Science Center), and Carole Johnson (Water Mission Area - Hydrologic Remote Sensing Branch) moving heavy TDEM field gear across a field in Edgartown, Massachusetts.
Maddy Holland (New England Water Science Center), Eric White (Water Mission Area - Hydrologic Remote Sensing Branch), Jason Sorenson (New England Water Science Center), and Carole Johnson (Water Mission Area - Hydrologic Remote Sensing Branch) moving heavy TDEM field gear across a field in Edgartown, Massachusetts.
Electa Hare-RedCorn is a member of the Pawnee Nation of Oklahoma and a descendant of the Ihanktonwan Dakota tribal communities. She was participant in the Native American Research Assistantship program in 2023 with mentors from the New York Water Science Center and New England Water Science Center.
Electa Hare-RedCorn is a member of the Pawnee Nation of Oklahoma and a descendant of the Ihanktonwan Dakota tribal communities. She was participant in the Native American Research Assistantship program in 2023 with mentors from the New York Water Science Center and New England Water Science Center.
Electa Hare-RedCorn was a participant in the Native American Research Assistantship program in 2023. She was mentored by USGS staff at the New England and New York Water Science Centers.
Electa Hare-RedCorn was a participant in the Native American Research Assistantship program in 2023. She was mentored by USGS staff at the New England and New York Water Science Centers.
A USGS hydrologic technician takes a streamflow measurement at Otter Creek in Acadia National Park.
A USGS hydrologic technician takes a streamflow measurement at Otter Creek in Acadia National Park.
A USGS hydrologic technician takes a streamflow measurement using a current meter in Otter Creek in Acadia National Park.
A USGS hydrologic technician takes a streamflow measurement using a current meter in Otter Creek in Acadia National Park.
A hydrologic technician checks data at the Otter Creek streamgage near Bar Harbor, Maine, in Acadia National Park.
A hydrologic technician checks data at the Otter Creek streamgage near Bar Harbor, Maine, in Acadia National Park.
A view of the North and South Bubble Mountains in front of Jordan Pond in Acadia National Park.
A view of the North and South Bubble Mountains in front of Jordan Pond in Acadia National Park.
Jeremiah Pomerleau (Maine Office) looks at high water marks from the Flood at Saco River near Conway, NH station number 01064500. One of the highest flows ever recorded since 1903. The gage has historically just passed 100 years of total record.
Spring 2023 Photo Contest Winner: Henry Gilman, Honorable Mention category
Jeremiah Pomerleau (Maine Office) looks at high water marks from the Flood at Saco River near Conway, NH station number 01064500. One of the highest flows ever recorded since 1903. The gage has historically just passed 100 years of total record.
Spring 2023 Photo Contest Winner: Henry Gilman, Honorable Mention category
The USGS is conducting a study to characterize groundwater and surface-water quality to better understand nutrient inputs to the coast. The initial focus of the study is on local-scale hydrologic monitoring adjacent to Academy Cove.
The USGS is conducting a study to characterize groundwater and surface-water quality to better understand nutrient inputs to the coast. The initial focus of the study is on local-scale hydrologic monitoring adjacent to Academy Cove.
Continuous water quality gaging station located at Farm River at Farm River Marina near East Haven, Connecticut (USGS site ID 411513072512301). The station is placed on the floating dock.
Continuous water quality gaging station located at Farm River at Farm River Marina near East Haven, Connecticut (USGS site ID 411513072512301). The station is placed on the floating dock.